Part Number: DAC3482 Tool/software: IF I AM USING ONLY BPSK MODULATION (NEED ONLY ONE BIT) CAN I CONNECT ONLY THE MSB BIT AND LEAVE ALL THE OTHERS “NC” OR DO I HAVE TO CONNECT TO ALL 8/16 DIFF PAIRS DEPENDING ON BYTE/WORD MODE
Part Number: DAC3482 Other Parts Discussed in Thread: DAC3484 Tool/software: Hi Team,
For evaluating the DAC3482 I am using the EVM but its has only single ended output,
Is it possible to work in diff mode?
1. Please advise how to install the "DNI" resistors…
Part Number: DAC3482 Tool/software: Hello, My customer would like to use DAC3482 with the following conditions. DACCLK=107.52MHz fDAC=107.52 x4 = 430.08MHz Prescaler = /8 VCO frequency = 3440.64MHz. So, the cause tuning bits are calculated 16 by the…
Part Number: DAC3482 Tool/software: Hello, My customer has questions about DAC3482. Not to use parity check, both word_parity_ena bit and frame_parity_ena bit are 0bs? Any other register settings are required? Best regards, K.Hirano
Part Number: DAC3482 Tool/software: To enter components into our PLM system, they must have ECCN code with a justification of why that code is the appropriate one.
Does this exist for this part (DAC3482)?
Thanks!
Part Number: DAC3482 Other Parts Discussed in Thread: CDCE62005 Tool/software: I am evaluating the DAC3482 for a new product design. Currently I am using the DAC3482-EVM board, and the FMC adaptor board. I am driving the SPI using the supplied TI software…
Part Number: DAC3482 Hi
Can I supply 250Mhz clock for DATACLK and DACCLK with 500Mhz data rate and achive 1.25Gsps output sample rate ?
if possible, how should I configre the device ?
Thank you
Part Number: DAC3482 Hi, 1. What is the maximum frequency that I can generate with the NCO? 2. On the data sheet there is an equation how to calculate the frequency of the NCO, How do I determine the NCO_CLK in the equation? 3. Does the maximum frequency…
Part Number: DAC3482 Other Parts Discussed in Thread: TRF3705 , Hi TI Experts,
I am experiencing a noise floor issue with DAC3482 + TRF3705 . This combination works fine at most frequencies, but the noise floor was pretty high near 2313.5MHz .
On baseband…
